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• Lecture 1(Basics of Control System, Open-Loop and Closed-Loop Control Systems)
• Lecture 2( Laplace Transforms )
• Lecture 3(Mathematical Modeling of Linear Mechanical System)
• Lecture 4(Mathematical Modeling of Rotational Linear Mechanical System)
• Lecture 5(Mathematical Modeling of Electrical System and Conversion of Electrical System to Equivalent Mechanical Systems and vice versa)
• Lecture 6(Mathematical Modeling of Thermal and Fluid Systems)
• Lecture 7, 8 & 9(Block Diagram Terminology, Signal Flow Graphs and Mason Gain Formula)
• Lecture 10, 11 & 12(Time Response of 1st and 2nd Order System)
• Lecture 13(Introduction to Stability, Poles and Zeros Concept, Ruth-Hurwitz Stability Criteria and its Applications)
• Lecture 14 & 15(Root Locus Design)
• Lecture 16(PID Controller)